in Business Administration, Management & Marketing, University of Maine (2011) Years of Experience: 8 (Previous: Plixer, :GHDESIGNCO Current: GoodBoy Design)Įducation: B.S. In the long term, we believe supporting full launch vehicle reusability with green hydrogen generation infrastructure may further drive down the price of SmallSat launches as we phase out the growing waste from expendable launch vehicles and the rising price of fossil fuel extraction. Our beachhead market will be sales of orbital rocket launch services to SmallSat manufacturers and operators with environmental missions, such as Earth observation, weather monitoring, and climate science, who may be eager to launch on a green platform. The use of green hydrogen as rocket fuel will eliminate CO2 emissions from propellant generation, while full vehicle reusability will mitigate orbital debris from launch vehicle waste. Our plan is to create a sustainable and reusable rocket launch platform by integrating a variety of already existing technologies including green H2 generation, storage, and combustion. Over 27,000 pieces of orbital debris, or “space junk”, are tracked by the Department of Defense (DOD) Space Surveillance Network (SSN), posing a catastrophic risk to satellites and spacecraft. The average rocket launch using kerosene fuel emits 336 metric tons of CO2. The current growth in satellite launches is causing a rapid increase in greenhouse gas emissions and waste. Eliminating Emissions and Waste from Satellite Launches
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